Steven Lacher

Treesearch Publications

• Samuel L. Zelinka, Carl J. Houtman, Kolby Hirth, Steven Lacher, Linda F. Lorenz, Emil Engelund Thybring, Christopher G. Hunt. 2020. The effect of acetylation on iron uptake and diffusion in water saturated wood cell walls and implications for decay
• Gregory Schueneman, Steven Lacher, Christopher G. Hunt. 2019. Installing sealants for long service life
• Gregory Schueneman, Steven Lacher, Christopher G. Hunt. 2018. Effects of prestrain, outdoor aging, and simultaneous strain cycling on the durability of building sealants
• Christopher G. Hunt, Steven Lacher, Kolby Hirth, Linda F. Lorenz, Kenneth E. Hammel. 2017. Exploring the hypothesis that limiting diffusion of fungal oxidants underlies decay resistance in acetylated wood
• Christopher G. Hunt, Gregory Schueneman, Steven Lacher, Xiping Wang, R. Sam Williams. 2015. Non-destructive Analysis Reveals Effect of Installation Details on Plywood Siding Performance
• Gregory Schueneman, Steven Lacher, Christopher G. Hunt. 2015. Monitoring Sealant Durability during Instrumented Outdoor Exposure with Variation in Prestrain
• Gregory Schueneman, Steven Lacher, Christopher G. Hunt, Christopher C. White, Donald L. Hunston. 2011. Durability of sealants exposed to outdoor weathering and hot compression cycles
• Christopher G. Hunt, R. Sam Williams, Mark Knaebe, Peter Sotos, Steven Lacher. 2009. Factors effecting paint performance on wood siding
• R. Sam Williams, Steven Lacher, Corey Halpin, Christopher White. 2009. Evaluating cyclic fatigue of sealants during outdoor testing
• Sam Williams, Steven Lacher, Corey Halpin, Christopher White. 2006. Evaluation of materials during outdoor testing using a computer-controlled test apparatus
• Steven Lacher, R. Sam Williams, Corey Halpin, Christopher White. 2005. Development of a powered outdoor sealant fatigue test apparatus
• R. Sam Williams, Steven Lacher, Corey Halpin, Christopher White. 2005. Evaluating weather factors and material response during outdoor exposure to determine accelerated test protocols for predicting service life